The chirp acquired by a Gaussian ultrashort pulse due to angular dispersion, unlike that of
plane waves, increases nonlinearly with propagation distance and eventually asymptotes to …

In a recent Letter [1] we proved that both the width and chirp rate of an ultrafast chirped pulse
can be experimentally determined through a single-shot measurement technique. The …

In this Letter we investigate a direct interferometric technique as a tool to investigate the
chirp rate of an ultrafast pulse. The intensity distribution associated with the Young …

A linear optical technique for chirp characteristics measurement based on frequency domain
interference is developed. This technique can be applied to measure the temporal structure …

Spatial chirp is a common spatio-temporal effect, but its parameterization is currently
unsatisfactorily vague. In this paper, we propose and compare two definitions of spatial …

Spatial chirp and pulse-front tilt in ultrashort laser pulses and their measurement Page 1
Spatial chirp and pulse-front tilt in ultrashort laser pulses and their measurement Selcuk …

We measured the space–time profile of ultrashort optical pulses shaped with a Fourier pulse
shaper. Spatial chirp, which originated in the space–time coupling at the pulse shaper, was …

In this article, we analytically investigate the spectral broadening by self-phase modulation
of strongly chirped optical pulses. The dispersion due to the nonlinear optical process is …

We show that the spatio-temporal distortion, spatial chirp, is naturally and easily measured
by single-shot versions of second-harmonic generation frequency-resolved optical gating …

Starting from the Rayleigh–Sommerfeld diffraction integral and without invoking the paraxial
approximation, analytical expressions for the field distribution, far-field power spectrum and …